4610M-101-123LF

Resistor Networks, Arrays

A 4610M-101-123LF refers to a resistor network used for multiple filtering purposes and is often used when relatively large currents or precise voltage levels must be maintained. It consists of two arrays in a single can, in a SIP (Single In line Package) format. Each array is constituted of four resistors, with a common lead connecting the two arrays together.

Application Field

The resistor network 4610M-101-123LF has a wide range of applications, including motor control, medical systems, power supply design, AC current sensing, and filtering purposes.

Working Principle

The resistor network works by reducing noise interference, by splitting the current flow across two pathways, as illustrated by the diagram. This creates a potential difference between the two paths, and the filter allows only signals of higher amplitude to pass. An important factor contributing to the filter\'s ability to reduce interference is the common lead connecting the two arrays, which multiplies the output resistance and dampens the noise.

The 4610M-101-123LF is designed to withstand temperatures of up to 150°C, and the resistors have a tolerance of up to 5%. The low voltage and current drop of the resistor network make it ideal for use in situations where precise readings of voltage and current are required. Lastly, the network has an insulation resistance of up to 100MΩ, ensuring it is suitable for use in high-voltage situations.

Conclusion

In conclusion, the 4610M-101-123LF resistor network is designed to reduce interference in a variety of applications, and is ideal for use where precise voltage and current readings are required. Its ability to withstand high temperatures and provide excellent insulation ensures its suitability in high-voltage situations.